Key Takeaways
- A new cybersecurity report highlights a growing cyberattack detection vs containment gap, where many companies detect attacks swiftly but struggle to contain them.
- The study, conducted by CyberEdge Group and commissioned by Illumio, surveyed 700 cybersecurity decision-makers globally.
- 95% of organizations can detect unauthorized lateral movement, but 46% can’t effectively contain internal attackers once they move.
- Companies often face delays in isolating compromised systems, with only 17% able to respond immediately to containment.
- Microsegmentation is being adopted as a strategy to address the cyberattack detection vs containment gap by limiting attacker movement after a breach.
A new cybersecurity report highlights a growing cyberattack detection vs containment gap across organizations worldwide. The study shows that many companies detect attacks quickly but struggle to stop them once they enter internal systems.
The research was conducted by CyberEdge Group and commissioned by Illumio. It surveyed 700 cybersecurity and IT decision-makers across North America, Europe, Asia-Pacific, and Latin America. The report focused on how organizations identify and contain cyber threats inside their networks.
The results reveal strong detection capabilities but weaker containment performance.
Cyberattack Detection vs Containment Gap in Modern Security Systems
The study found that 95% of organizations can detect unauthorized lateral movement inside their networks. Lateral movement occurs when attackers spread from one compromised system to others within the same infrastructure.
Despite this strong detection rate, containment remains a challenge. About 46% of respondents said their organizations cannot effectively stop attackers once they begin moving internally.
This creates a significant cyberattack detection vs containment gap. During this gap, attackers can continue accessing systems, collecting information, and expanding control.
Delays in Stopping Cyber Threats
The research shows that most companies require significant time to isolate compromised systems. Only 17% of organizations can contain affected workloads almost immediately.
More than half of respondents reported containment delays that range from hours to several weeks.
Such delays increase the risk of data breaches, ransomware attacks, and operational disruption.
Visibility Issues Across Networks and Cloud Systems
Limited network visibility contributes to the containment problem.
About 68% of organizations discover unknown communication paths only once a week or less. These hidden pathways allow attackers to move between systems without immediate detection.
Cloud infrastructure adds further complexity. Multi-cloud environments and connections between data centers and cloud platforms reduce monitoring visibility.
Microsegmentation as a Containment Strategy
Many organizations are adopting microsegmentation to address the cyberattack detection vs containment gap.
This security method divides networks into smaller controlled segments. It restricts communication between systems unless specifically allowed.
The strategy aims to limit attacker movement after an initial breach.